NURBS interpolation algorithm, which can fit diverse machine tool's kinetic characteristics and has the function of look-ahead control, is proposed.
提出了一种具有机床动力学自适应能力与曲线前瞻控制能力的NURBS曲线插补算法。
Based on the analysis of local and global constraint of NURBS curve and dynamical characteristic of machine tools, a self-adaptive interpolation algorithm is developed.
在已有研究的基础上，本文提出了基于NURBS曲线局部性态和全局性态以及机床动力学特性的自适应插补算法。
At present, NURBS interpolation algorithm proposed by the vast majority of around how to solve the problems which conflicts of the machining accuracy and processing speed.
目前NURBS插补算法绝大多数是围绕着如何解决加工精度和加工速度这一对矛盾体展开的。
NURBS curve has been widely used in CAD/CAM. This paper discusses NURBS curve, its interpolation method and application in hull line design for twin stern ships.
NURBS曲线技术已经广泛使用在CAD/CAM等各个领域里。本文讨论NURBS曲线及其NURBS插值方法，并利用该插值方法设计双艉船的型线。
NURBS curve interpolation is one of the most important functions of CNC system, and is also a necessary method to realize high-speed and high-precision machining.
NURBS曲线插补功能是高档CNC系统的一项重要功能，也是实现高进给高精度加工的重要方法。
NURBS curve interpolation is one of the most important functions of CNC system, and is also a necessary method to realize high-speed and high-precision machining.
NURBS曲线插补功能是高档CNC系统的一项重要功能，也是实现高进给高精度加工的重要方法。
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